- Software application development for an industrial ultrasonic inspection product using C++, Qt, QML, and OpenGL across multiple platforms.
- Writing modern, clean, and maintainable code for various platforms (Linux, Windows, Android) and ensuring it is automatically tested.
- Collaborating with other engineers, designers, and product managers to solve urgent issues in an agile environment.
- Maintenance, expansion, and refactoring of the codebase using C++ and Qt.
- Skilled in developing intuitive and dynamic user interfaces with QML.
- Utilized TFS, Git, Jira, Jenkins, and CMake on Linux/Windows OS/Embedded Linux.
- Utilized C++, Lua, QT, QML, Scrum, TDD, OOP, and SOLID Principles.
- Conducted software planning and development for a High-End Ultrasound Portal.
- Development of various modules such as TCPIPServer, A-Scan Image, and Normalization.
- Development of features in Ultrasound test machine systems.
- Configuration of customer-specific Ultrasound test machine systems.
- Utilization of Scrum, Git, TFS, CMake, Jenkins, Linux/Windows, VMWare, and company emulator.
- Worked with C/C++, MFC, Windows Networks (Sockets), TCP/IPServer, Scrum, TDD, OOP, and SOLID Principles.
Accomplished Software Engineer with 14 years of specialized experience in the development and implementation of intricate applications for non-destructive ultrasonic testing. Proven expertise in harnessing the QT framework and QML to craft portable solutions for Linux-driven devices and desktop applications. In earlier ventures, demonstrated proficiency in C++, MFC, and advanced network programming, with a focus on multi-threaded server designs leveraging socket and TCP/IP. Notably, adept in hardware interfacing, having managed data acquisition from ultrasound probes, complemented by a robust capability in developing configuration applications for precise data preprocessing. An amalgamation of deep technical prowess and industry-specific knowledge, poised to drive innovation in ultrasonic testing technologies.
- Software application development for an industrial ultrasonic inspection product using C++, Qt, QML, and OpenGL across multiple platforms.
- Writing modern, clean, and maintainable code for various platforms (Linux, Windows, Android) and ensuring it is automatically tested.
- Collaborating with other engineers, designers, and product managers to solve urgent issues in an agile environment.
- Maintenance, expansion, and refactoring of the codebase using C++ and Qt.
- Skilled in developing intuitive and dynamic user interfaces with QML.
- Utilized TFS, Git, Jira, Jenkins, and CMake on Linux/Windows OS/Embedded Linux.
- Utilized C++, Lua, QT, QML, Scrum, TDD, OOP, and SOLID Principles.
- Conducted software planning and development for a High-End Ultrasound Portal.
- Development of various modules such as TCPIPServer, A-Scan Image, and Normalization.
- Development of features in Ultrasound test machine systems.
- Configuration of customer-specific Ultrasound test machine systems.
- Utilization of Scrum, Git, TFS, CMake, Jenkins, Linux/Windows, VMWare, and company emulator.
- Worked with C/C++, MFC, Windows Networks (Sockets), TCP/IPServer, Scrum, TDD, OOP, and SOLID Principles.
Accomplished Software Engineer with 14 years of specialized experience in the development and implementation of intricate applications for non-destructive ultrasonic testing. Proven expertise in harnessing the QT framework and QML to craft portable solutions for Linux-driven devices and desktop applications. In earlier ventures, demonstrated proficiency in C++, MFC, and advanced network programming, with a focus on multi-threaded server designs leveraging socket and TCP/IP. Notably, adept in hardware interfacing, having managed data acquisition from ultrasound probes, complemented by a robust capability in developing configuration applications for precise data preprocessing. An amalgamation of deep technical prowess and industry-specific knowledge, poised to drive innovation in ultrasonic testing technologies.